Search results for "Collage theorem"

showing 3 items of 3 documents

Generalized iterated function systems on the spacel∞(X)

2014

Abstract In the last decades there has been a current effort to extend the classical Hutchinson theory of iterated function systems composed by contractions on a metric space X into itself to more general spaces and infinitely many mappings. In this paper we consider the (countable) iterated function systems consisting of some generalized contractions on the product space X I into X , where I is an arbitrary set of natural numbers. Some approximations of the attractors of the respective iterated function systems are given.

Discrete mathematicsHutchinson operatorMetric spaceIterated function systemCollage theoremApplied MathematicsCountable setContraction mappingTopological conjugacySpace (mathematics)AnalysisMathematicsJournal of Mathematical Analysis and Applications
researchProduct

Generalized countable iterated function systems

2011

One of the most common and most general way to generate fractals is by using iterated function systems which consists of a finite or infinitely many maps. Generalized countable iterated function systems (GCIFS) are a generalization of countable iterated function systems by considering contractions from X ? X into X instead of contractions on the metric space X to itself, where (X, d) is a compact metric space. If all contractions of a GCIFS are Lipschitz with respect to a parameter and the supremum of the Lipschitz constants is finite, then the associated attractor depends continuously on the respective parameter.

Hutchinson operatorDiscrete mathematicsMetric spaceIterated function systemCollage theoremGeneral MathematicsCountable setContraction mappingLipschitz continuityCosmic spaceMathematicsFilomat
researchProduct

Separation properties of (n, m)-IFS attractors

2017

Abstract The separation properties of self similar sets are discussed in this article. An open set condition for the (n, m)- iterated function system is introduced and the concepts of self similarity, similarity dimension and Hausdorff dimension of the attractor generated by an (n, m) - iterated function system are studied. It is proved that the similarity dimension and the Hausdorff dimension of the attractor of an (n, m) - iterated function system are equal under this open set condition. Further a necessary and sufficient condition for a set to satisfy the open set condition is established.

Numerical AnalysisApplied Mathematics010102 general mathematicsMathematicsofComputing_NUMERICALANALYSISMinkowski–Bouligand dimensionDimension functionEffective dimension01 natural sciences010101 applied mathematicsCombinatoricsPacking dimensionCollage theoremModeling and SimulationHausdorff dimensionHausdorff measure0101 mathematicsInductive dimensionMathematicsCommunications in Nonlinear Science and Numerical Simulation
researchProduct